Ever heard of "confirmation bias"? It’s a term that refers to how our behavior changes due to Lock-in. As we develop Lock-in we don’t see all the information around us. Instead, we start filtering information according to our Lock-ins – focusing on the things related to what we know and mostly ignoring things not related. As a result we often start missing things that could be really important. Consider someone who makes hammers (or pheumatic hammers) and nails. They can easily ignore glues, or super-powerful adhesive tape, when those solutoins might well be a greater long-term profit threat than offshore hammer and nail manufacturers!
Another example. A recent headline in The Chicago Tribune read "Abbott Absorbed with new Stent Therapy" (read article here). (See Abbott chart here) The article talks about how newly engineered dissolvable stents have been working extremely well in trials. If you aren’t in the health care industry, or being treated for a possible heart attack, or an investor in Abbott, you might well completely ignore the article. But, that would be a mistake.
Bio-engineering is going to be as important to our future as air travel and computers became. It was easy for people in 1928 riding horses, or driving a Model A, to think air travel was something exotic and only interesting for people obsessed with flight. But, we all know that by the end of WWII airplanes had changed the world, and the way we travel. Likewise, it would have been easy for people with slide rules and adding machines in 1968 to ignore computer discussions when they were mostly about mainframes in air conditioned basements. Yet, by the 1980s computers were everywhere and businesses that were early adopters figured out how to gain significant advantages. And that’s the truth about bio-engineering today. It will make a huge difference in all aspects of our lives.
Fistly, simple things. Like we’re more likely to live longer. But beyond that, injuries will be less onerous. As we learn how to engineer products that are somewhere between inanimate and living, we are able to come closer to the bionic man/woman. We’ll be able to repair major injuries in a fraction of the time. We’ll be able to regrow damaged organs – from skin to livers. We’ll regrow nerves – making paralyzation a temporary phenomenon and dramatically lowering the impact of strokes. Injured soldiers will return to the battlefield within days – instead of going home badly hurt. Senior citizens will regrow damaged or arthritic joints, instead of replacing them with major surgery making it possible for them to work much longer. Athletes will be able to increase performance in ways we’ve never before imagined – and the line between "natural" and "performance enhanced" will become impossible to define.
But think bigger. There is no computer in our bodies, yet we do amazingly complex analytics in record speed. Even a 2 year old can recognize the difference between a bird and a plane in a fraction of a second. Ask a computer to do that simple task! So we can expect a wave of bio-computers to be developed. Devices that use chemical reactions to process information rather than electrons acting in logic gates. How will we apply this technology to our lives and work? Cars that drive themselves? Super-secure baby walkers? Pens that never misspell words? Foods that never overcook? Foods that never spoil? Clothes that change to dissipate or hold-in heat depending on ambient temperature? Floors that purge themselves of dirt – pushing it to the surface for automatic removal?
When we are able to make chemicals – even cells – smart, what happens to the world around us? Do we ever need to go to a dentist if we can have smart toothpaste that eats away tarter and placque, applying flouride, without going into the enamel? Can we eat anything we want if we take products that absorb poison – or possibly fats – and discharge it through the system? Do cosmetics become obsolete if we all have skin creams that repair damage and keep skin forever young? What happens at companies like Procter & Gamble?
As you go to work and do your job, it’s easy to get focused on the industry in which you compete – and the traditional way that industry worked. You stop looking sideways at technologies in other fields not related to what you do today. And that can be a huge mistake. Because it’s often someone that takes a technology you ignored and apply it to your customers’ needs who makes you less valuable. Microsoft singlehandedly, and without much thought, destroyed the encyclopedia business by giving away what was considered a third-rate product (Encarta – for more on this story read Blown to Bits by Evans & Wurster). Encyclopedia Britannica never saw it coming as they kept trying to print a better product.
Spend some time reading ALL the headlines – and keep your eyes open for opportunities that you previously never considered.